Guideline for Defining the Scanning Grid for Automated Ultrasonic Testing of Large Forgings (2014)

Book:
DGZfP-US 07 11/2014

Publisher: DGZfP e.V., ISBN: 978-3-940283-59-7

Guideline for determining the optimal scanning grid in automated ultrasonic testing of large forgings: Minimize inspection times and ensure 100% volumetric coverage and maximum reliability through exact sound beam geometry.

Determination of an Optimal Examination Grid for the Automated Ultrasonic Inspection of Heavy Rotor Forgings

Conference Paper:
European Conference on Non-Destructive Testing 10/2014, At Pargue, Czech Republic; 11
DOI: 10.13140/2.1.1204.9920

Heavy rotor forgings, in particular for the power generation market, are highly stressed components and the ultrasonic inspection is the most important method to guarantee a sufficient material qualit...

Determination of an Optimal Examination Grid for the Automated Ultrasonic Inspection of Heavy Rotor Forgings

Conference Paper:
ASNT Fall Conference 11/2013, At Las Vegas, Nevada, USA; 2013

Heavy rotor forgings, in particular for the power generation market, are highly stressed components and the ultrasonic inspection is the most important method to guarantee a sufficient material qualit...

Determining the Inspection Grid for Automated Ultrasonic Testing of Large Forgings

Conference Paper:
DGZfP Jahrestagung 05/2013, At Dresden, Germany; 2013
DOI: 10.13140/2.1.4391.5843

Large forgings for turbine and generator rotors are characterized by very low ultrasonic attenuation. Due to “phantom indications,” only low pulse repetition frequencies are often possible. Consequent...

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